Pseudospin Splitting of the Energy Spectrum of Planar Polytype Graphene-Based Superlattices

The energy spectrum of planar polytype graphene-based superlattices has been investigated. It is shown that their energy spectrum undergoes pseudospin splitting due to the asymmetry of quantum wells forming the superlattice potential profile.

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Published in:arXiv.org 2015-07
Main Authors: Ratnikov, P V, Silin, A P
Format: Article
Language:English
Subjects:
Energy spectra
Graphene
Polytypes
Quantum wells
Splitting
Superlattices
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Silin, A P
description The energy spectrum of planar polytype graphene-based superlattices has been investigated. It is shown that their energy spectrum undergoes pseudospin splitting due to the asymmetry of quantum wells forming the superlattice potential profile.
doi_str_mv 10.48550/arxiv.1507.01435
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subjects Energy spectra
Graphene
Polytypes
Quantum wells
Splitting
Superlattices
title Pseudospin Splitting of the Energy Spectrum of Planar Polytype Graphene-Based Superlattices
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